Aquarium and Pond Care with EcoBio-Block

Filtration is the key to keeping your aquarium a clean and healthy environment for your fish. When it comes to choosing a filter, however, it is easy to become overwhelmed by the sheer volume of options available. Before selecting a filter for your aquarium you need to understand the basics of aquarium filtration which includes understanding the three types of filtration. Different types of filters offer different types of filtration and, unless you understand the basics, you will not be equipped to select the right piece of equipment for your tank.

Mechanical Filtration

The most basic, and perhaps the most important, type of aquarium filtration is mechanical filtration. Mechanical filtration simply involves the physical removal of solid waste products from tank water. Generally, solid waste takes the shape of uneaten fish food, decaying plant matter and organic waste like feces. Aquarium filters that offer mechanical filtration usually operate by sucking the aquarium water up through an intake tube. The water is then filtered through some kind of sponge and released back into the aquarium. As the water passes through the sponge, solid waste products become lodged in the pores and are thus removed from the aquarium water. This type of filtration is essential in the home aquarium because, as solid waste accumulates along the bottom of the tank, it breaks down in a process that produces ammonia. Ammonia is a substance toxic to fish and if the ammonia levels in your tank become too high, your fish could become stressed, fall ill or even die.

Chemical Filtration

Chemical filtration is often combined with mechanical filtration as a means of removing dissolved wastes in addition to solid wastes from aquarium water. This type of filtration helps to remove a variety of wastes including proteins, hormones and metabolic waste as well as organic acids and compounds. As the filter takes tank water up through the intake tube, it passes through the sponge along with some type of filter media which removes the dissolved wastes. The most common type of filter media is activated carbon. Most modern filters which incorporate chemical filtration utilize filter cartridges that combine the mechanical filtration of a sponge with the chemical filtration of activated carbon. In order to maximize the effectiveness of these filters, the filter cartridge must be replaced every three to four weeks.

Biological Filtration

The third type of filtration, biological filtration, does not necessarily require any special equipment. Biological filtration is a term used to describe the process by which nitrifying bacteria break down wastes in your tank, converting harmful toxins like ammonia into less harmful nitrates. While mechanical filters work to remove solid wastes, there is likely to still be some build-up in your substrate. As these substances decompose, ammonia is produced. The nitrifying bacteria in your tank work to convert ammonia into nitrites then into nitrates, a process called the Nitrogen Cycle. While some filters incorporate a Bio-wheel designed to provide beneficial bacteria a place to grow, the most common places these bacteria grow is in tank substrate and on in-tank surfaces.

Tips for Aquarium Filtration

Regardless what type of filter you choose for your aquarium, you will be required to perform some basic maintenance tasks. It is wise to rinse your filter once in a while to remove any build-up of slime algae. It is also necessary to replace your filter media every three to four weeks to ensure that your filter will keep your aquarium water clean. In addition to these simple maintenance tasks, you can increase the effectiveness of your aquarium filter by adding an EcoBio-Stone to your tank. EcoBio-Block products are composed of porous volcanic sand and infused with beneficial bacteria. Once introduced into your tank, these bacteria multiply to form a colony of nitrifying bacteria which will help your filter to convert harmful toxins like ammonia into less harmful nitrates. EcoBio-Stones are easy to use and they are a great way to help keep your aquarium water clean and clear.

If you plan on turning your freshwater aquarium into a saltwater aquarium, you are likely wondering if the equipment you already have can be used to create that saltwater aquarium or if you have to get brand new equipment. We will examine the individual components to see what you can continue to use and what you must replace. First, we will check out the aquarium itself.

Aquariums are not designed only to be used as either a freshwater tank or a saltwater tank; most aquariums can be used for either. The glass or acrylic material that makes up the structure of the aquarium certainly applies to both freshwater and saltwater aquarium tanks. The silicone adhesive that is used in construction is also applicable to both freshwater and saltwater aquariums.

The one main difference between freshwater and saltwater tanks is that freshwater tanks tend to be considerably smaller than their saltwater counterparts. While a 5-gallon freshwater tank can theoretically be transformed into a saltwater tank, small saltwater tanks are often harder to work with, which is why many experienced saltwater aquarists suggest that you use no smaller than a 55-gallon tank for your saltwater aquarium.

Regarding the filtration of your aquarium, filtration is a little more involved when it comes to saltwater aquariums, since biological filtration is an especially critical component in a saltwater aquarium. Freshwater aquarium owners can choose to use a biowheel and box that hangs on the outside of the tank or in a corner of the tank for filtration needs, but a saltwater tank usually needs more filtration than that which these types of filters can provide. While undergravel filter (UGF) set-ups can be used in saltwater aquariums, they can contribute to unwanted nitrate problems in later years, which is why many saltwater aquarium owners prefer wet-dry trickle and canister type filters that have bio-media chambers.

There is no set choice for a filter to be used in a saltwater aquarium; your best bet is to research the various filtration methods and set-ups, than choose the one that you feel will work best for your aquarium.  You can usually help to narrow your decision by deciding whether you will have a fish-only aquarium or a reef tank system, though filters that are used for reef tank systems can also be used for fish-only aquariums, so you can save money and hassle by purchasing filters that will work with reef tank systems even if you only initially plan on having fish in your saltwater aquarium.

Regarding pumps and powerheads, most freshwater pumps can work well in saltwater aquariums, provided that they are rated as safe to use in saltwater. The main difference between freshwater and saltwater aquariums is that saltwater aquariums use more pumps and powerheads to obtain greater movement and circulation in the water. This can be especially beneficial to the health of corals.

Many freshwater aquarium owners use large-sized gravel or rock material to provide the biological filter base. However, this does not work well in a saltwater tank, as the substrate that is used in saltwater tanks should have high natural levels of calcium content that originates in the ocean. One solution that you can use in both freshwater and saltwater aquariums is ONEdersave’s EcoBio-Block® aquarium products. Their EcoBio-Stone™ L works especially well in larger saltwater tanks, as it is made to be used in 16 to 100 gallons of water.

The lighting used for freshwater tanks can work with fish-only saltwater tanks, though the light hood may not stand up well to the corrosive effects of saltwater, plus it will not hold MH, PC, or VHO lighting.  You certainly need to change the lighting if you plan on having a reef system. It is important that you carefully research exactly what you need for your aquarium before heading out to your local fish store so that you don’t buy unnecessary or inadequate equipment.

You will definitely need to change the decorations in your tank if you plan to convert from freshwater to saltwater, as most saltwater fish are grazers, and if you leave decorations that are made of plastic, your saltwater fish could have their digestive tracks shut down from eating such items. You should place either live rock or non-living or synthetic decorative rocks and corals in your saltwater aquarium.

The heater for your freshwater tank will likely suffice for your saltwater tank, provided that it is safe to use in saltwater tanks. You will need to use a different test kit, however, since the chemicals used in freshwater test kits are entirely different from those found in saltwater test kits.

In conclusion, some equipment from your freshwater aquarium will work well with your new saltwater aquarium, but some equipment will have to be replaced. By doing some careful research online and in saltwater aquarium books, along with the information in this article, you should be able to transform your freshwater aquarium into a saltwater aquarium quickly and at relatively little cost.

One of the most common challenges of keeping an aquarium is cloudy water. Whether the cloudiness is green, white, or gray, a fish habitat that is short of crystal clear is not just an eyesore but also a serious health risk for its inhabitants. Why does the water turn cloudy and what can you do about it?

Grayish or dirty white water is often encountered when setting up a new tank. In most cases, a sand or gravel substrate that has not been diligently rinsed before setup will generate sufficient debris to fog the water. The only solution would be to re-rinse the substrate until all the debris is removed. An efficient mechanical filter will also help take care of minute floating particles.

Green water, which is oftentimes also thick and hazy, is caused by an “algae bloom” or the rapid growth of microscopic green algae. High and prolonged levels of bright light are the main causes of green algae growth and proliferation. If a tank gets direct sunlight or if the overhead lighting is left on for more than 10-12 hours a day, algae overgrowth becomes imminent. The simple solution is to locate the tank away from direct sunlight and attach a timer to the overhead lights so that the ideal light exposure cycles can be maintained.

Milky white water that sometimes gives off a rotten smell is caused by decay. Uneaten leftover food deteriorates and fouls up the water. An overstocked aquarium will render filtration systems and nitrifying bacteria inadequate to handle the bio-load. The result is pollution from rotting food and excess waste, making the water murky. In severe pollution situations, drastic water changes may be necessary.

Cloudy aquarium water caused by decaying food can be prevented by feeding only as much as the fish community can consume in three to five minutes. Leftover food should be scooped out.

Murky water caused by excess waste products can be prevented by maintaining a balanced tank with a population of fishes suitable for the size of the tank and the capacity of the filtration systems. This ensures that the filters and the colonies of beneficial bacteria can keep up with the bio-load of the community.

In effect, cloudy water can be minimized if adequate colonies of beneficial bacteria are present to break down the harmful ammonia and nitrites (from decaying food and excess waste matter) into less harmful nitrates. Experts have suggested adding gravel from established aquariums to supplement the insufficient bacterial colonies in a cloudy tank. One simple solution is to add an EcoBio-Block product to the tank.

The EcoBio-Block Family Products are mineral-rich porous volcanic stones from Japan embedded with prolific bacteria (“bacillus subtilis natto”) that can actively multiply every half hour. The bacteria establish colonies quickly, degrading organic matter and nitrifying waste products, and keeping the aquarium clear, odor-free and healthy for years.

Cloudy aquarium water, which causes stress to the fish community, should never have to happen. Feed just the right amount of food, keep a population of fish suitable to the tank size and filtration system, and add a bacteria enhancing product like EcoBio-Block, and you are assured of crystal clear water and healthy fishes all the time.

Copywright©2009 ONEdersave Products LLC

HOB filter

HOB aquarium filter

If you’re new to fish, you may have wondered what kind of filter you should use in your aquarium care.  Many brands of filter have a printed number on them that is supposed to indicate what size of aquarium it’s good for, but this number is only correct some of the time as each type of fish and various stocking levels have different filtration needs. The general rule of thumb is that the filtration should allow for the entire water volume of the aquarium to cycle through the filter four times every hour (the turnover rate); however, a number of factors can affect this number.

First, take into account the number of fish you have and the size of the aquarium. For fish under 6″ you will want approximately one gallon per inch of the adult size of the fish, over 6″ the fish need a tank that is at least four times as long and twice as wide as the fish. It is possible to keep more than the recommended stocking level in the aquarium, though it will require a lot more work to keep the water in excellent condition and to ensure that no issues arise due to the restricted space. If you have a higher-than-recommended stocking level, additional filtration will be needed to compensate, often upping it to a turnover rate of 6-8 times every hour. In some cases, water maintenance products such as EcoBio-Block can aid in keeping the water within acceptable parameters if the fish are overstocked, though this should be avoided as the fish also need individual swim space and sufficient oxygen for all inhabitants.

Special space and filtration requirements apply to goldfish, cichlids and many large carnivorous fish. These fish still need the same kind of space recommended for their size, but in general need a turnover rate of ten times every hour to provide sufficient oxygen exchange and mechanical removal of waste and uneaten food. These fish have larger stomachs than the average tropical community fish and so produce much more waste. Bear in mind that goldfish and fish such as oscars and piranhas reach an adult size of a foot or more so be sure to plan accordingly; it’s a particularly nasty myth that these fish grow to the size of their containment and no larger. While growth hormones will stop them from growing when there is no more room to do so, the fish will generally have shorter life spans and can have many other health issues; oscars and gouramis, amongst others, will only experience a cessation in the growth of their head while the body still grows — eventually, their mouths will morph too much for them to be able to eat.

In many cases, the type of filtration must also be considered. My favorite filters are HOB filters that hang on the back of the tank and remove waste while facilitating oxygen exchange by keeping the surface of the water moving; however, HOB filters do not work for all fish. Because of the current produced by the workings of the filter it is not the ideal choice for weak swimmers such as bettas and smaller angelfish, while its open intake makes it dangerous for tiny creatures such as fry and shrimp. For these fish, sponge filters or undergravel filters coupled with good aeration may be the best option.

There are some measures that can be taken to lighten the filtration burden in your aquarium. The best thing for any aquarium is to have healthy inhabitants and for that you need the best possible water quality, meaning timely partial water changes as well as a strong biological filter. Biological fitration is achieved by having healthy amounts of bacteria in the aquarium and can be helped along by commercial water maintenance products such as EcoBio-Block. EcoBio-Block not only helps by adding good bacteria to the water, it also provides the essential minerals that are used up by fish and would otherwise have to be replenished through partial water changes alone.